First Result from a New RFP Device with a Very Small Aspect ratio
First Result from a New RFP Device with a Very Small Aspect ratio
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长宽比非常小的新型 RFP 设备的第一个结果
DOI：
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发表时间：
2005
期刊：
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通讯作者：
K. Hayase
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作者：
K. Hayase
构建了一种具有非常小宽高比（A=2.1）的新型反向场捏缩（RFP）器件TPE-QS，并报道了首次等离子体实验结果。宽高比A=2.1远小于传统器件（A>=3）。在这个小A处，有理面在核心区表现得更加多样。最小环面模态数n=4出现在中半径附近。环形回路电压Vloop也会因为环形路径的减小而降低。该装置是经过一定的技术尺度考虑和q-剖面计算，通过最小化A来设计的，并且是通过再利用旧的TPE-2M来构建的[1,2]。该装置的照片如图1所示。表1总结了这些维度。RFP等离子体实验开始于2004年3月。初始实验的主要诊断是V/V内表面的磁拾取线圈阵列，V/V外的环形磁通环阵列，以及可见光和SX光学。
A new reversed field pinch (RFP) device with a very small aspect ratio (A=2.1), TPE-QS was constructed, and here are reported the first results of plasma experiment. The aspect ratio, A=2.1 is much smaller than those of conventional devices (A>=3). At this small A, rational surfaces appear more diversely in the core region. The minimum toroidal mode number of n=4 appears near at the mid-radius. The toroidal loop voltage Vloop will also be lowered because of smaller toroidal path. The device was designed by minimizing A after some technical scaling consideration and by q-profile calculation, and was constructed by re-use of old TPE-2M [1, 2]. The photograph of the device is shown in Fig. 1. The dimensions are summarized in Tab. 1. The RFP plasma experiment started in March 2004. The main diagnostics in the initial experiment are a magnetic pickup coil array on the inner surface of V/V, a toroidal flux loop array outside V/V, and visible and SX optics.